Page 5 - Design and Control of PV Hybrid System in Practice_REEP (GIZ)[7407]
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3.3.1. Evaluasi Sistem Eksisting ................................................................................................ 39
3.3.2. Perhitungan Kapasitas PLTS On-Grid dengan Baterai Smoothing ............................... 41
3.4. PLTS Mikrogrid Interaktif................................................................................................... 44
3.4.1. Evaluasi Sistem Eksisting ................................................................................................ 44
3.4.2. Penentuan Skema Operasi .............................................................................................. 45
3.4.3. Perhitungan Kapasitas PLTS Mikrogrid Interaktif ........................................................ 45
3.5. Evaluasi Lahan PLTS ........................................................................................................... 47
3.6. Pemilihan Komponen ......................................................................................................... 48
3.7. Konfigurasi Sistem .............................................................................................................. 48
3.7.1. Konfigurasi Sistem PV ..................................................................................................... 48
3.7.2. Konfigurasi Sistem Baterai.............................................................................................. 49
3.8. Analisis Performa ................................................................................................................ 50
3.9. Uji Performa......................................................................................................................... 51
4 Pemilihan Komponen ........................................................................................................................ 52
4.1. Modul PV ............................................................................................................................. 52
4.2. Inverter PV ........................................................................................................................... 53
4.3. Battery Energy Storage System ............................................................................................ 56
4.4. Kabel ..................................................................................................................................... 58
4.5. Field Panel ............................................................................................................................ 58
4.6. Sistem Proteksi .................................................................................................................... 58
4.6.1. Pentanahan ...................................................................................................................... 58
4.6.2. Rele Proteksi .................................................................................................................... 59
4.6.3. Proteksi Petir.................................................................................................................... 60
4.7. Mounting System.................................................................................................................. 61
4.8. Enclosure Box ....................................................................................................................... 61
4.9. Power House ........................................................................................................................ 62
5 Garansi Performa ............................................................................................................................... 63
5.1. Garansi Performa Komersial Komponen .......................................................................... 63
Pedoman Rancangan PLTS Hibrida | iv
